How to solve the question about UFO LED high bay light in summer?
How to solve the question about UFO LED high bay light in summer?
During this time of year, it is the most challenging for UFO LED high bay light. Wet and hot weather makes moisture-proof and heat dissipating of UFO LED high bay light are quite paradoxical, this is a head-on collision of natural contradictions.
How to do the moisture-proof work in the rainy weather, and maintain good heat dissipation in the high temperature environment, became a difficult problem for the UFO LED high bay light.
Moisture-proof and heat dissipation, a pair of natural contradictions
UFO LED high bay light inside device belongs to the MSD components (moisture sensitive device), once there is moisture to enter may cause light bead, PCB board, power supply, power supply cord device oxidation corrosion and resulting death lamp.Therefore, the module, internal structure and exterior lighting of UFO LED high bay light is required to be well designed and waterproof.
At the same time, the internal components of UFO LED high bay light is also the most heated electronic components, such as LED lamp beads, drive, switch power supply, etc.Bad heat dissipation design can oxidize the lamp materials and affect the quality and life.If the heat is agglomerated and dispersed, it can lead to overheating of the LED internal devices and failure. Therefore, good heat dissipation requires a thorough and convective structure, which contradicts the demand for moisture protection.
How to solve the problem？
In the heat and humidity of the weather, facing moisture and heat, this seemingly irreconcilable contradiction can be deftly resolved through exquisite hardware and elaborate structural design.
First, reducing power consumption and reducing thermal damage is an effective way to improve heat dissipation.Represented by TEK lighting famous LED enterprises, from the source to choose high quality LED chip to optimize design, pay attention to the independent development, efficient, high quality driven power supply superior raw material quality and excellent performance parameters for heat, moisture laid a firm foundation.
Furthermore, the improvement of module production technology is also the most important.It is understood that TEK lighting for PCB electronic structure optimization, change numerous for brief, reasonable arrangement, and make use of the high thermal conductivity material glue sealing, at the same time meet the demand of seamless accessible and components of the cooling water vapor.
Finally, rational optimization of the light structure can play a key role.In material on considering heat and oxidation resistance of lamps and lanterns select high-quality aluminum, using multilayer space inside UFO LED high bay light architecture, form the natural convection heat dissipation structure, can make full use of the natural air convection, both cooling and sealing, both also improves the reliability and service life.
Even in the face of such a severe climate test, TEK UFO LED high bay light can still maintain efficient heat dissipation on a reliable moisture-proof basis, and the lamps operate as new and show the quality to the outside world.
During this time of year, it is the most challenging for UFO LED high bay light. Wet and hot weather makes moisture-proof and heat dissipating of UFO LED high bay light are quite paradoxical, this is a head-on collision of natural contradictions.
How to do the moisture-proof work in the rainy weather, and maintain good heat dissipation in the high temperature environment, became a difficult problem for the UFO LED high bay light.
Moisture-proof and heat dissipation, a pair of natural contradictions
UFO LED high bay light inside device belongs to the MSD components (moisture sensitive device), once there is moisture to enter may cause light bead, PCB board, power supply, power supply cord device oxidation corrosion and resulting death lamp.Therefore, the module, internal structure and exterior lighting of UFO LED high bay light is required to be well designed and waterproof.
At the same time, the internal components of UFO LED high bay light is also the most heated electronic components, such as LED lamp beads, drive, switch power supply, etc.Bad heat dissipation design can oxidize the lamp materials and affect the quality and life.If the heat is agglomerated and dispersed, it can lead to overheating of the LED internal devices and failure. Therefore, good heat dissipation requires a thorough and convective structure, which contradicts the demand for moisture protection.
How to solve the problem？
In the heat and humidity of the weather, facing moisture and heat, this seemingly irreconcilable contradiction can be deftly resolved through exquisite hardware and elaborate structural design.
First, reducing power consumption and reducing thermal damage is an effective way to improve heat dissipation.Represented by TEK lighting famous LED enterprises, from the source to choose high quality LED chip to optimize design, pay attention to the independent development, efficient, high quality driven power supply superior raw material quality and excellent performance parameters for heat, moisture laid a firm foundation.
Furthermore, the improvement of module production technology is also the most important.It is understood that TEK lighting for PCB electronic structure optimization, change numerous for brief, reasonable arrangement, and make use of the high thermal conductivity material glue sealing, at the same time meet the demand of seamless accessible and components of the cooling water vapor.
Finally, rational optimization of the light structure can play a key role.In material on considering heat and oxidation resistance of lamps and lanterns select high-quality aluminum, using multilayer space inside UFO LED high bay light architecture, form the natural convection heat dissipation structure, can make full use of the natural air convection, both cooling and sealing, both also improves the reliability and service life.
Even in the face of such a severe climate test, TEK UFO LED high bay light can still maintain efficient heat dissipation on a reliable moisture-proof basis, and the lamps operate as new and show the quality to the outside world.
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